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1: Heat Flow Step 1, Molecular Workbench Adapted from Step 1 of Bob Tinker's Heat Flow activity. DIY Author: Stephen Bannasch; Credits: 24 activities use this model. Show: |
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2: Greenhouse Earth, NetLogo Adapted from Step 1 of Bob Tinker's Heat Flow activity. DIY Author: Stephen Bannasch; Credits: 2 activities use this model. Show: |
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3: Mass Effect on Diffusion Model 1, Molecular Workbench DIY Author: itest itest; Credits: 4 activities use this model. Show: |
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4: Mass Effect on Diffusion Model 2, Molecular Workbench DIY Author: itest itest; Credits: 0 activities use this model. |
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5: Brownian Motion Model 1, Molecular Workbench DIY Author: itest itest; Credits: 4 activities use this model. Show: |
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8: Diffusion with Particles, Molecular Workbench DIY Author: itest itest; Credits: 27 activities use this model. Show: |
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9: Diffusion Design, Molecular Workbench DIY Author: itest itest; Credits: 0 activities use this model. |
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10: Osmosis Diffusion through a Membrane, Molecular Workbench DIY Author: itest itest; Credits: 4 activities use this model. Show: |
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13: PhET Circuit Construction Kit, PhET Circuit Construction Kit Circuit Construction Kit (DC Only): An electronics kit in your computer! Build circuits with resistors, light bulbs, batteries, and switches. Take measuremen... DIY Author: Stephen Bannasch; Credits: 13 activities use this model. Show: |
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14: PhET Wave Interference Model, PhET Wave Interference Model Investigate wave interference with PhET Wave Interference Model. DIY Author: Stephen Bannasch; Credits: 2 activities use this model. Show: |
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15: Heat diffusion, NetLogo Shows heat loss from a hot object into a field where the conductivity can be changed. DIY Author: itest itest; Credits: 4 activities use this model. Show: |
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16: Diffusion_plate2, NetLogo shows the diffusion of heat from a heater across a plate. The conductivity of the plate can be adjusted DIY Author: itest itest; Credits: 0 activities use this model. |
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18: Introduction to Crystals Model 1, Molecular Workbench DIY Author: itest itest; Credits: 6 activities use this model. Show: |
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19: Introduction to Crystals Model 3, Molecular Workbench DIY Author: itest itest; Credits: 0 activities use this model. |
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20: Crystal Defects Model 4, Molecular Workbench DIY Author: itest itest; Credits: 0 activities use this model. |
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21: Introduction to Crystals Model 2, Molecular Workbench DIY Author: itest itest; Credits: 0 activities use this model. |
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22: Salt Crystal Model, Molecular Workbench DIY Author: itest itest; Credits: 1 activity uses this model. Show: |
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23: Ionic Crystal Model, Molecular Workbench DIY Author: itest itest; Credits: 0 activities use this model. |
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24: Changing Charge, Molecular Workbench DIY Author: itest itest; Credits: 0 activities use this model. |
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25: Crystal Heat Propogation Model 1, Molecular Workbench DIY Author: itest itest; Credits: 3 activities use this model. Show: |
Mac OS X Note: If you are using Java 1.5 on MacOS 10.4 or 10.5 you will almost certainly need to run some version of our Fix MacOS Java 1.5 Web Start Scripts once on each computer you run the Concord SAIL-OTrunk activities on. If you update Java on your Macintosh you will need to fix this problem again. The problem appears on Mac OS X computers when starting a Java Web Start program you have run before -- if a jar file needs to be updated the download process will freeze without completing.